I-Indidium Tin Oxide Glass (ITO) iyingxenye yezibuko ze-Transparent Conducting Oxide (TCO). Ingilazi ehlanganisiwe ye-ITO enezinto ezinhle kakhulu zokuqhuba kanye ne-transmittance ephezulu. Isetshenziswa kakhulu ocwaningweni ngelebhu, iphaneli yelanga kanye nentuthuko.
Ikakhulu, ingilazi ye-ITO i-laser isikwe ibe yisimo esiyisikwele noma esingunxande, kwesinye isikhathi ingenziwa ngokwezifiso njengombuthano. Usayizi omkhulu okhiqiziwe ngu-405x305mm. Futhi ukujiya okujwayelekile kungu-0.33/0.4/0.55/0.7/ 0.8/ 1.0/ 1.5/2.0/ 3.0 mm nokubekezelela okulawulekayo ±0.1mm ngosayizi wengilazi kanye ±0.02mm ngephethini ye-ITO.
Ingilazi ene-ITO eboshwe ezinhlangothini ezimbili futhiingilazi ye-ITO enephethiniayatholakala naseSaida glass.
Ngenhloso yokuhlanza, siphakamisa ukuyihlanza ngelekhwalithi ephezulu yekotini engena-lint efakwe ku-solvent ebizwa ngokuthi i-isopropyl alcohol. I-alkali ayivunyelwe ukusula kuyo, njengoba izodala umonakalo ongenakulungiseka endaweni enamathelayo ye-ITO.
Nali ishidi ledatha lengilazi eqhubayo ye-ITO:
| ISHIDI LOKUQALA | ||||
| Ukucaciswa. | Ukumelana | Ukuqina Kokunamathela | Ukudlulisa | Isikhathi Sokugcina |
| 3 ohm | 3-4ohm | 380±50nm | ≥80% | ≤400S |
| 5 ohm | 4-6ohm | 380±50nm | ≥82% | ≤400S |
| 6 ohm | 5-7ohm | 220±50nm | ≥84% | ≤350S |
| 7 ohm | 6-8ohm | 200±50nm | ≥84% | ≤300S |
| 8ohm | 7-10ohm | 185±50nm | ≥84% | ≤240S |
| 15 ohm | 10-15ohm | 135±50nm | ≥86% | ≤180S |
| 20ohm | 15-20ohm | 95±50nm | ≥87% | ≤140S |
| 30ohm | 20-30ohm | 65±50nm | ≥88% | ≤100S |
Isikhathi sokuthumela: Mar-13-2020
